Camden Door Controls CM-RFL402-49-A-LV Lazerpoint RF 915Mhz Wireless Switch Kit with Low Profile Surface Box

The CM-RFL402-49-A-LV from Camden Door Controls is a Lazerpoint RF 915Mhz Wireless Switch Kit that offers an innovative solution for automatic door control. This comprehensive kit includes the CM-40/2, CM-49, and CM-TX-9 Transmitters, as well as the CM-RX-90 Advanced Receiver, all packaged within a convenient Low Profile Surface Box. Capitalizing on the benefits of 915MHz spread spectrum technology, this system enhances performance, reliability, and versatility in managing automatic door operators.

Camden Door Controls CM-RFL402-49-A-LV Key Features

• Compatibility: Lazerpoint RF system works seamlessly with all automatic door operators, ensuring versatile use in various applications.
• Advanced Technology: Utilizes 915Mhz spread spectrum (broadband) wireless technology for improved performance and reliability.

Camden Door Controls CM-TX-9 Features

• Battery Management: Features audible battery test, low battery, and stuck switch indications for proactive maintenance.
• Instant Response: Captures brief switch activations instantly, enhancing user experience.
• Universal Compatibility: Compatible with all push buttons and push plates for maximum flexibility.
• Convenient Power Source: Operates on readily available 'AAA' batteries for easy replacement.
• Temperature Resilience: Optional lithium batteries recommended for operating temperatures below 32°F (0°C) to ensure reliability.

Camden Door Controls CM-RX-90 Features

• Relay Specifications: Contains (1) Form 'C' relay, 3 amps @ 30VDC for robust switching capability.
• Versatile Operating Modes: Offers 3 operating modes: delayed, no delay, and latching relay for customizable functionality.
• Vestibule Application: Easily configurable for vestibule applications to optimize door efficiency.
• Adjustable Timer: Includes an adjustable door hold open/delay timer for added convenience and control.

Camden Door Controls CM-RFL402-49-A-LV Detailed Specifications